#!/usr/bin/env python3
"""
Multi-Level Authority Coordinator - Intelligent Rules V2 Coordination
多层级智能闭环演进主导权协调器

解决核心问题：
- intelligent_rules_v2.0 (通用底座)
- NB项目 (专业应用) 
- chanlab (专业模块)
- 更多子模块...

如何确定主导权？如何相互独立、相互反馈、无缝集成？
"""

import os
import json
from typing import Dict, Any, List, Optional, Set
from pathlib import Path
from datetime import datetime
from enum import Enum
import logging

logger = logging.getLogger(__name__)

class EvolutionAuthority(Enum):
    """演进主导权类型"""
    FOUNDATION = "foundation"  # 通用底座主导
    PROJECT = "project"       # 专业项目主导  
    MODULE = "module"         # 专业模块主导
    COLLABORATIVE = "collaborative"  # 协作主导

class EvolutionScope(Enum):
    """演进范围"""
    UNIVERSAL = "universal"    # 通用能力演进
    PROFESSIONAL = "professional"  # 专业能力演进
    INTEGRATION = "integration"    # 集成能力演进
    CROSS_DOMAIN = "cross_domain"  # 跨域能力演进

class AuthorityLevel(Enum):
    """主导权级别"""
    PRIMARY = "primary"      # 主要主导权
    SECONDARY = "secondary"  # 次要主导权
    ADVISORY = "advisory"    # 咨询权
    FEEDBACK = "feedback"    # 反馈权

class MultiLevelAuthorityCoordinator:
    """
    多层级主导权协调器
    
    核心职责：
    1. 动态确定不同场景下的演进主导权
    2. 协调多个智能闭环演进系统
    3. 实现相互独立、相互反馈、无缝集成
    4. 螺旋式上升的演进管理
    """
    
    def __init__(self, project_root: str = None):
        self.project_root = Path(project_root) if project_root else Path.cwd()
        
        # 演进系统注册表
        self.evolution_systems = {}
        self.system_relationships = {}
        
        # 主导权决策矩阵
        self.authority_matrix = {}
        
        # 协调历史
        self.coordination_history = []
        
        # 当前主导权状态
        self.current_authority_state = {}
        
        self._initialize_authority_framework()
        
        logger.info("✅ Multi-Level Authority Coordinator initialized")
    
    def _initialize_authority_framework(self):
        """初始化主导权框架"""
        
        # 注册核心演进系统
        self.register_evolution_system("intelligent_rules_v2", {
            "type": "foundation",
            "scope": EvolutionScope.UNIVERSAL,
            "primary_authority": [EvolutionScope.UNIVERSAL, EvolutionScope.INTEGRATION],
            "capabilities": ["通用开发指导", "架构模式提供", "跨项目知识积累"],
            "dependencies": [],
            "served_projects": []
        })
        
        # 主导权决策矩阵
        self.authority_matrix = {
            # 通用能力演进 - intelligent_rules_v2主导
            (EvolutionScope.UNIVERSAL, "capability_enhancement"): {
                "primary": "intelligent_rules_v2",
                "secondary": [],
                "advisory": ["all_projects"],
                "feedback": ["all_projects"]
            },
            
            # 专业能力演进 - 专业项目主导
            (EvolutionScope.PROFESSIONAL, "business_logic"): {
                "primary": "project_specific",
                "secondary": ["intelligent_rules_v2"],
                "advisory": ["related_modules"],
                "feedback": ["intelligent_rules_v2"]
            },
            
            # 集成能力演进 - 协作主导
            (EvolutionScope.INTEGRATION, "submodule_integration"): {
                "primary": "collaborative",
                "secondary": ["intelligent_rules_v2", "main_project"],
                "advisory": ["all_modules"],
                "feedback": ["all_parties"]
            },
            
            # 跨域能力演进 - 动态主导
            (EvolutionScope.CROSS_DOMAIN, "knowledge_transfer"): {
                "primary": "dynamic_decision",
                "secondary": ["intelligent_rules_v2"],
                "advisory": ["domain_experts"],
                "feedback": ["all_beneficiaries"]
            }
        }
    
    def register_evolution_system(self, system_name: str, system_config: Dict[str, Any]):
        """注册演进系统"""
        self.evolution_systems[system_name] = {
            **system_config,
            "registered_time": datetime.now().isoformat(),
            "evolution_cycles": [],
            "authority_claims": [],
            "coordination_score": 0.0
        }
        
        logger.info(f"✅ Evolution system registered: {system_name}")
    
    def register_project_system(self, project_name: str, project_config: Dict[str, Any]):
        """注册项目演进系统"""
        self.register_evolution_system(project_name, {
            **project_config,
            "type": "project",
            "foundation_dependency": "intelligent_rules_v2"
        })
        
        # 更新intelligent_rules_v2服务的项目列表
        if "intelligent_rules_v2" in self.evolution_systems:
            self.evolution_systems["intelligent_rules_v2"]["served_projects"].append(project_name)
    
    def register_module_system(self, module_name: str, module_config: Dict[str, Any]):
        """注册模块演进系统"""
        self.register_evolution_system(module_name, {
            **module_config,
            "type": "module"
        })
    
    def determine_evolution_authority(self, evolution_request: Dict[str, Any]) -> Dict[str, Any]:
        """
        动态确定演进主导权
        
        基于以下因素：
        1. 演进范围和类型
        2. 影响的系统和项目
        3. 专业领域要求
        4. 当前系统状态
        """
        
        scope = evolution_request.get("scope")
        evolution_type = evolution_request.get("type")
        affected_systems = evolution_request.get("affected_systems", [])
        domain_requirements = evolution_request.get("domain_requirements", [])
        
        # 查找匹配的主导权规则
        authority_key = (scope, evolution_type)
        authority_rule = self.authority_matrix.get(authority_key)
        
        if not authority_rule:
            # 使用默认协作主导
            authority_rule = self.authority_matrix[(EvolutionScope.INTEGRATION, "submodule_integration")]
        
        # 确定具体的主导系统
        primary_authority = self._resolve_authority_target(
            authority_rule["primary"], 
            evolution_request
        )
        
        authority_decision = {
            "evolution_id": f"evo_{datetime.now().strftime('%Y%m%d_%H%M%S')}",
            "primary_authority": primary_authority,
            "secondary_authorities": authority_rule["secondary"],
            "advisory_parties": authority_rule["advisory"],
            "feedback_providers": authority_rule["feedback"],
            "coordination_strategy": self._determine_coordination_strategy(authority_rule),
            "decision_rationale": self._generate_decision_rationale(evolution_request, authority_rule),
            "timestamp": datetime.now().isoformat()
        }
        
        # 记录决策
        self.coordination_history.append(authority_decision)
        
        logger.info(f"✅ Evolution authority determined: {primary_authority} leads")
        
        return authority_decision
    
    def _resolve_authority_target(self, authority_target: str, evolution_request: Dict[str, Any]) -> str:
        """解析主导权目标"""
        
        if authority_target == "intelligent_rules_v2":
            return "intelligent_rules_v2"
        
        elif authority_target == "project_specific":
            # 确定哪个项目主导
            requesting_system = evolution_request.get("requesting_system")
            if requesting_system and requesting_system in self.evolution_systems:
                system_type = self.evolution_systems[requesting_system]["type"]
                if system_type == "project":
                    return requesting_system
            
            # 默认返回第一个项目系统
            for name, config in self.evolution_systems.items():
                if config["type"] == "project":
                    return name
            
            return "intelligent_rules_v2"  # fallback
        
        elif authority_target == "collaborative":
            return "collaborative_council"
        
        elif authority_target == "dynamic_decision":
            return self._make_dynamic_authority_decision(evolution_request)
        
        else:
            return authority_target
    
    def _make_dynamic_authority_decision(self, evolution_request: Dict[str, Any]) -> str:
        """动态主导权决策"""
        
        affected_systems = evolution_request.get("affected_systems", [])
        domain_requirements = evolution_request.get("domain_requirements", [])
        
        # 计算各系统的主导权得分
        scores = {}
        
        for system_name, system_config in self.evolution_systems.items():
            score = 0
            
            # 专业领域匹配
            system_capabilities = system_config.get("capabilities", [])
            for req in domain_requirements:
                if any(req.lower() in cap.lower() for cap in system_capabilities):
                    score += 3
            
            # 影响系统相关性
            if system_name in affected_systems:
                score += 2
            
            # 系统类型权重
            if system_config["type"] == "foundation":
                score += 1  # 通用底座有基础优势
            elif system_config["type"] == "project":
                score += 2  # 项目有执行优势
            elif system_config["type"] == "module":
                score += 3  # 模块有专业优势
            
            scores[system_name] = score
        
        # 选择得分最高的系统
        primary_system = max(scores.items(), key=lambda x: x[1])[0]
        
        return primary_system
    
    def _determine_coordination_strategy(self, authority_rule: Dict[str, Any]) -> str:
        """确定协调策略"""
        
        primary = authority_rule["primary"]
        
        if primary == "intelligent_rules_v2":
            return "foundation_led_coordination"
        elif primary == "project_specific":
            return "project_led_coordination"
        elif primary == "collaborative":
            return "consensus_coordination"
        elif primary == "dynamic_decision":
            return "adaptive_coordination"
        else:
            return "standard_coordination"
    
    def _generate_decision_rationale(self, evolution_request: Dict[str, Any], authority_rule: Dict[str, Any]) -> str:
        """生成决策理由"""
        
        scope = evolution_request.get("scope", "unknown")
        evolution_type = evolution_request.get("type", "unknown")
        primary = authority_rule["primary"]
        
        rationale_templates = {
            "foundation_led": f"通用底座主导{scope}范围的{evolution_type}演进，确保跨项目一致性和可复用性",
            "project_led": f"专业项目主导{scope}范围的{evolution_type}演进，基于具体业务需求和实践经验",
            "module_led": f"专业模块主导{scope}范围的{evolution_type}演进，发挥领域专业优势",
            "collaborative": f"协作主导{scope}范围的{evolution_type}演进，平衡各方需求和利益"
        }
        
        if "foundation" in primary.lower():
            return rationale_templates["foundation_led"]
        elif "project" in primary.lower():
            return rationale_templates["project_led"]
        elif "module" in primary.lower():
            return rationale_templates["module_led"]
        else:
            return rationale_templates["collaborative"]
    
    def coordinate_multi_system_evolution(self, evolution_requests: List[Dict[str, Any]]) -> Dict[str, Any]:
        """协调多系统演进"""
        
        coordination_id = f"multi_coord_{datetime.now().strftime('%Y%m%d_%H%M%S')}"
        
        coordination_plan = {
            "coordination_id": coordination_id,
            "total_evolutions": len(evolution_requests),
            "authority_decisions": [],
            "execution_sequence": [],
            "conflict_resolutions": [],
            "success_criteria": {},
            "timestamp": datetime.now().isoformat()
        }
        
        # 为每个演进请求确定主导权
        for req in evolution_requests:
            authority_decision = self.determine_evolution_authority(req)
            coordination_plan["authority_decisions"].append(authority_decision)
        
        # 分析潜在冲突
        conflicts = self._detect_authority_conflicts(coordination_plan["authority_decisions"])
        coordination_plan["conflict_resolutions"] = self._resolve_authority_conflicts(conflicts)
        
        # 确定执行序列
        execution_sequence = self._plan_execution_sequence(coordination_plan["authority_decisions"])
        coordination_plan["execution_sequence"] = execution_sequence
        
        # 定义成功标准
        coordination_plan["success_criteria"] = self._define_coordination_success_criteria(coordination_plan)
        
        logger.info(f"✅ Multi-system evolution coordination planned: {coordination_id}")
        
        return coordination_plan
    
    def _detect_authority_conflicts(self, authority_decisions: List[Dict[str, Any]]) -> List[Dict[str, Any]]:
        """检测主导权冲突"""
        
        conflicts = []
        
        # 检查同时主导的冲突
        primary_authorities = {}
        for decision in authority_decisions:
            primary = decision["primary_authority"]
            evo_id = decision["evolution_id"]
            
            if primary not in primary_authorities:
                primary_authorities[primary] = []
            primary_authorities[primary].append(evo_id)
        
        # 发现同一系统同时主导多个演进
        for system, evolutions in primary_authorities.items():
            if len(evolutions) > 1:
                conflicts.append({
                    "type": "concurrent_primary_authority",
                    "system": system,
                    "conflicting_evolutions": evolutions,
                    "severity": "medium"
                })
        
        return conflicts
    
    def _resolve_authority_conflicts(self, conflicts: List[Dict[str, Any]]) -> List[Dict[str, Any]]:
        """解决主导权冲突"""
        
        resolutions = []
        
        for conflict in conflicts:
            if conflict["type"] == "concurrent_primary_authority":
                # 串行化执行或委托协调
                resolution = {
                    "conflict_id": conflict,
                    "resolution_strategy": "sequential_execution",
                    "rationale": "同一系统不能同时主导多个演进，采用串行执行",
                    "implementation": "按优先级顺序执行演进"
                }
                resolutions.append(resolution)
        
        return resolutions
    
    def _plan_execution_sequence(self, authority_decisions: List[Dict[str, Any]]) -> List[Dict[str, Any]]:
        """规划执行序列"""
        
        # 简化版：按主导权类型分组并排序
        foundation_led = []
        project_led = []
        module_led = []
        collaborative = []
        
        for decision in authority_decisions:
            primary = decision["primary_authority"]
            if primary == "intelligent_rules_v2":
                foundation_led.append(decision)
            elif primary in self.evolution_systems and self.evolution_systems[primary]["type"] == "project":
                project_led.append(decision)
            elif primary in self.evolution_systems and self.evolution_systems[primary]["type"] == "module":
                module_led.append(decision)
            else:
                collaborative.append(decision)
        
        # 执行序列：foundation -> project -> module -> collaborative
        sequence = foundation_led + project_led + module_led + collaborative
        
        return [{"order": i+1, "decision": decision} for i, decision in enumerate(sequence)]
    
    def _define_coordination_success_criteria(self, coordination_plan: Dict[str, Any]) -> Dict[str, Any]:
        """定义协调成功标准"""
        
        return {
            "authority_clarity": "每个演进都有明确的主导权归属",
            "conflict_resolution": "所有主导权冲突都得到妥善解决",
            "execution_efficiency": "演进执行按计划顺序进行，无阻塞",
            "feedback_integration": "演进结果正确反馈到相关系统",
            "spiral_advancement": "实现螺旋式上升的整体演进效果"
        }
    
    def handle_nb_project_scenario(self) -> Dict[str, Any]:
        """处理NB项目典型场景"""
        
        # 注册NB项目系统
        self.register_project_system("nb_project", {
            "scope": EvolutionScope.PROFESSIONAL,
            "primary_authority": [EvolutionScope.PROFESSIONAL],
            "capabilities": ["NB业务逻辑", "专业功能实现", "用户体验优化"],
            "dependencies": ["intelligent_rules_v2", "chanlab"],
            "evolution_triggers": ["业务需求变化", "用户反馈", "技术优化"]
        })
        
        # 注册chanlab模块系统
        self.register_module_system("chanlab", {
            "scope": EvolutionScope.PROFESSIONAL,
            "primary_authority": [EvolutionScope.PROFESSIONAL],
            "capabilities": ["缠论算法", "技术分析", "理论验证"],
            "dependencies": [],
            "evolution_triggers": ["理论发展", "算法优化", "集成需求"]
        })
        
        # 模拟演进场景
        evolution_scenarios = [
            {
                "scope": EvolutionScope.UNIVERSAL,
                "type": "capability_enhancement",
                "requesting_system": "nb_project",
                "affected_systems": ["intelligent_rules_v2", "nb_project"],
                "domain_requirements": ["配置管理", "规则引擎"],
                "description": "NB项目使用中发现intelligent_rules_v2配置管理能力不足"
            },
            {
                "scope": EvolutionScope.PROFESSIONAL,
                "type": "business_logic",
                "requesting_system": "nb_project", 
                "affected_systems": ["nb_project", "chanlab"],
                "domain_requirements": ["NB业务", "缠论集成"],
                "description": "NB项目基于业务需求进行专业能力演进"
            },
            {
                "scope": EvolutionScope.PROFESSIONAL,
                "type": "algorithm_optimization",
                "requesting_system": "chanlab",
                "affected_systems": ["chanlab", "nb_project"],
                "domain_requirements": ["缠论理论", "算法实现"],
                "description": "chanlab基于NB项目应用优化自身算法"
            }
        ]
        
        # 协调多系统演进
        coordination_result = self.coordinate_multi_system_evolution(evolution_scenarios)
        
        # 生成场景分析报告
        scenario_analysis = {
            "scenario_name": "NB项目多层级演进协调",
            "systems_involved": ["intelligent_rules_v2", "nb_project", "chanlab"],
            "coordination_result": coordination_result,
            "key_insights": [
                "通用底座intelligent_rules_v2主导通用能力演进",
                "NB项目主导专业业务逻辑演进",
                "chanlab主导专业算法优化演进",
                "三者相互独立演进，通过协调器无缝集成",
                "实现螺旋式上升的整体演进效果"
            ],
            "recommendations": [
                "建立定期协调会议机制",
                "完善反馈通道和优先级排序",
                "加强跨系统知识共享",
                "优化演进触发条件和时机"
            ]
        }
        
        return scenario_analysis
    
    def get_authority_status(self) -> Dict[str, Any]:
        """获取主导权状态"""
        
        return {
            "registered_systems": len(self.evolution_systems),
            "systems_detail": {name: config["type"] for name, config in self.evolution_systems.items()},
            "coordination_history": len(self.coordination_history),
            "authority_matrix_rules": len(self.authority_matrix),
            "current_version": "2.0.0",
            "last_coordination": self.coordination_history[-1] if self.coordination_history else None
        }

# 全局主导权协调器实例
_global_authority_coordinator = None

def get_authority_coordinator() -> MultiLevelAuthorityCoordinator:
    """获取全局主导权协调器实例"""
    global _global_authority_coordinator
    if _global_authority_coordinator is None:
        _global_authority_coordinator = MultiLevelAuthorityCoordinator()
    return _global_authority_coordinator

if __name__ == "__main__":
    print("🧪 Testing Multi-Level Authority Coordinator...")
    coordinator = MultiLevelAuthorityCoordinator()
    
    # 测试NB项目场景
    scenario_result = coordinator.handle_nb_project_scenario()
    print(f"✅ NB Project Scenario: {len(scenario_result['coordination_result']['authority_decisions'])} evolutions coordinated")
    
    # 显示关键洞察
    for insight in scenario_result['key_insights']:
        print(f"💡 {insight}")
    
    print("🎉 Multi-Level Authority Coordinator test completed!") 